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• W3189804779 abstract "Microplastic pollution is of public concern for global environmental health, aquaculture, and fisheries. Toxicity studies have shown that microplastic ingestion may cause intestinal damage, microbiota dysbiosis, and disturb the lipid and energy metabolism in fish. To determine the impact of environmentally relevant, chronic, low dose microplastic fibers on fish health, medaka larvae, and juveniles were exposed to five concentrations of polyethylene (PE) fibers for 21 days through the feed. Fish growth and condition were assessed to determine the overall impact on fish health. To identify impaired energy intake, the gastrointestinal tract (GIT) integrity was evaluated at the molecular and cellular levels. Microbiota analysis was performed by comparing the top seven most abundant phyla present in both larval and juvenile fish exposed to 0, 1.5, and 3 PE fibers/fish/day. A shift in the phyla Proteobacteria and Bacteroidetes were observed. Larval samples demonstrated decreased proteobacteria abundance, while juvenile samples displayed an increase in abundance. Relative gene expression of key digestive genes from GIT tissue was quantified using real time-quantitative polymerase chain reaction. An effect on digestive gene expression potentially affecting nutrient absorption and antioxidant production was indicated via a significant decrease of solute carrier family 6 member 6 expression in larvae exposed to 6 fibers/fish/day. No significant molecular changes were observed in juvenile GIT tissue, although a non-monotonous dose-response was observed. GIT morphology was analyzed using histomorphological observations of the GIT mucus and cell types. No significant impairment of the GIT epithelial layers was observed in larvae or juveniles. To assess growth and condition, Fulton’s condition factor was measured. No differences were observed in larval or juvenile growth. Comparisons of different developmental stages allowed for identifying vulnerable developmental stages for microplastic exposure; larvae were more susceptible to molecular changes, while shifts in juvenile microbial communities were similar to changes reported post-polystyrene microplastic sphere exposure. This study is one of the first to provide toxicological data on the risk of PE fiber ingestion during fish development stages. Results indicate no imminent threat to fish condition at current measured environmental levels of microplastics; however, close monitoring of vital spawning grounds for commercially important fishes is recommended." @default.
• W3189804779 created "2021-08-16" @default.
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• W3189804779 date "2021-08-04" @default.
• W3189804779 modified "2023-09-26" @default.
• W3189804779 title "A Holistic Assessment of Polyethylene Fiber Ingestion in Larval and Juvenile Japanese Medaka Fish" @default.
• W3189804779 cites W1800463333 @default.
• W3189804779 cites W1966217983 @default.
• W3189804779 cites W1967273901 @default.
• W3189804779 cites W1969380408 @default.
• W3189804779 cites W1970168377 @default.
• W3189804779 cites W1985492666 @default.
• W3189804779 cites W2008582388 @default.
• W3189804779 cites W2017376578 @default.
• W3189804779 cites W2034285706 @default.
• W3189804779 cites W2037039366 @default.
• W3189804779 cites W2045967771 @default.
• W3189804779 cites W2053551121 @default.
• W3189804779 cites W2055615060 @default.
• W3189804779 cites W2056279562 @default.
• W3189804779 cites W2057914614 @default.
• W3189804779 cites W2072970694 @default.
• W3189804779 cites W2084827450 @default.
• W3189804779 cites W2085309721 @default.
• W3189804779 cites W2105937617 @default.
• W3189804779 cites W2106036385 @default.
• W3189804779 cites W2110065044 @default.
• W3189804779 cites W2117800935 @default.
• W3189804779 cites W2121243048 @default.
• W3189804779 cites W2125795583 @default.
• W3189804779 cites W2131634465 @default.
• W3189804779 cites W2133892291 @default.
• W3189804779 cites W2143128050 @default.
• W3189804779 cites W2155705167 @default.
• W3189804779 cites W2157656299 @default.
• W3189804779 cites W2158003869 @default.
• W3189804779 cites W2167279371 @default.
• W3189804779 cites W2171742547 @default.
• W3189804779 cites W2255762950 @default.
• W3189804779 cites W2259390818 @default.
• W3189804779 cites W2280500059 @default.
• W3189804779 cites W2323289381 @default.
• W3189804779 cites W2397246897 @default.
• W3189804779 cites W2401404581 @default.
• W3189804779 cites W2462387182 @default.
• W3189804779 cites W2503016666 @default.
• W3189804779 cites W2522064391 @default.
• W3189804779 cites W2534459112 @default.
• W3189804779 cites W2547410952 @default.
• W3189804779 cites W2566672806 @default.
• W3189804779 cites W2581031358 @default.
• W3189804779 cites W2753938917 @default.
• W3189804779 cites W2764880863 @default.
• W3189804779 cites W2766281036 @default.
• W3189804779 cites W2769974810 @default.
• W3189804779 cites W2780331177 @default.
• W3189804779 cites W2781826559 @default.
• W3189804779 cites W2789265158 @default.
• W3189804779 cites W2789500366 @default.
• W3189804779 cites W2792166105 @default.
• W3189804779 cites W2793231807 @default.
• W3189804779 cites W2801979948 @default.
• W3189804779 cites W2883238699 @default.
• W3189804779 cites W2884143271 @default.
• W3189804779 cites W2884146924 @default.
• W3189804779 cites W2887184921 @default.
• W3189804779 cites W2891272139 @default.
• W3189804779 cites W2891888804 @default.
• W3189804779 cites W2912260766 @default.
• W3189804779 cites W2941165419 @default.
• W3189804779 cites W2948033630 @default.
• W3189804779 cites W2948175614 @default.
• W3189804779 cites W2959032843 @default.
• W3189804779 cites W2984806120 @default.
• W3189804779 cites W2995946441 @default.
• W3189804779 cites W3011489562 @default.
• W3189804779 cites W3016775837 @default.
• W3189804779 cites W3022235137 @default.
• W3189804779 cites W3023189385 @default.
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• W3189804779 doi "https://doi.org/10.3389/fphys.2021.668645" @default.
• W3189804779 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/8371532" @default.
• W3189804779 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34421633" @default.
• W3189804779 hasPublicationYear "2021" @default.
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